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W7004909 - Lincoln Electric 50 Dinse Female Socket Connector

Packaging: pack of 1
$31.95/EA $20.42/pack of 1 only $20.42/EASave 36%

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OVERVIEW

Reliable Power Transmission with the Lincoln Electric W7004909

The Lincoln Electric W7004909 Connector Socket is a premium-grade component designed to ensure optimal electrical conductivity and secure connections in professional welding setups. Utilizing the industry-standard 50 Dinse configuration, this socket serves as a critical interface between your welding power source and the welding cables. In the high-amperage environment of industrial welding, the integrity of your connections is paramount; a loose or inferior connector can lead to significant voltage drops, overheating, and inconsistent arc performance. This genuine Lincoln Electric part is engineered to meet rigorous standards, providing a stable and efficient current path that professional welders rely on.

Constructed from high-quality conductive materials, the W7004909 socket minimizes electrical resistance, ensuring that the power generated by your machine reaches the arc with minimal loss. The Dinse style twist-lock mechanism is a hallmark of modern welding safety and convenience. It allows for quick connection and disconnection of cables while ensuring that the plug remains firmly seated during operation, even in environments with vibration or cable movement. The socket is designed to withstand the thermal stresses associated with heavy-duty welding, featuring robust insulation that protects both the equipment and the operator from electrical hazards.

Key Technical Benefits

Integrating the W7004909 into your equipment maintenance routine ensures longevity and performance. Worn sockets are a common cause of erratic welding parameters. By replacing damaged or pitted sockets with this OEM-quality part, you restore the electrical efficiency of your welding circuit. The socket is compatible with standard Dinse 50 male connectors, making it a versatile solution for various welding machines and cable extensions. Whether you are repairing a power source or building a custom cable extension panel, this socket provides the durability and fit required for industrial applications.

Installation and Compatibility: Designed for ease of installation, this socket fits standard panel cutouts or mounting points associated with the Dinse 50 size class. Its robust design resists mechanical wear, ensuring a long service life even in shop environments where equipment is frequently connected and disconnected. Trust in Lincoln Electric's engineering to maintain the safety and efficiency of your welding operations.

Additional Information
Brand:Lincoln Electric
Product Type:Dinse Connector Socket
Connection Size:Dinse 50
Connector Style:Dinse / Twist-Lock
Gender:Female / Socket
Amperage Class:Heavy Duty
Packaging Description:pack of 1

INCLUDED

  • 1 x W7004909 50 Dinse Connector Socket

APPLICATIONS

  • Replacement socket for welding power sources
  • Panel mount connections for cable extensions
  • Repairing worn or damaged Dinse connections
  • General industrial welding equipment maintenance

FAQ

This is a Dinse 50 size connector socket, compatible with standard Dinse 50 male plugs.

This is a female socket (receptacle), typically used on the machine panel or the female end of an extension.

The W7004909 is a Lincoln Electric part. It fits many Lincoln machines that use the Dinse 50 standard, but you should check your machine's parts manual to confirm compatibility.

Yes, if mounted correctly in a suitable housing or panel, this socket can be used as part of a cable extension system.

It uses a twist-lock system. You insert the male plug and twist it approximately a quarter-turn to lock it securely in place.

The contact is typically made of high-conductivity brass or copper alloy to ensure efficient power transfer.

Typically, the socket is supplied as the unit itself. Check the specific packaging or 'Includes' section, but often mounting nuts or washers are part of the assembly or sold separately depending on the specific kit.

A loose connection causes resistance, which leads to heat buildup, voltage drop, and poor weld quality. Replacing worn sockets restores performance.